Planned Obsolescence and the Product Lifecycle
p.857
p.857
PLM Innovation Matrix for a Complex Product Development Process
p.862
p.862
Integrated Product Development Using Different Collaborative Tools in a PLM Multisite Platform
p.867
p.867
Using a Systematic Innovative Approach – Acting/Support Matrix to Develop a Product
p.872
p.872
Broadening the Use of Product Development Ontology for One-Off Products
p.878
p.878
Method for Determining the Gear Wheels Profile
p.883
p.883
The Role of the Eco-Requirements in the Sustainable Product Development Based on the Axiomatic Design Principles
p.888
p.888
Conceptual Research Model of Factors that Influence Environmental Knowledge Management at Organizational Level
p.893
p.893
Designing Peculiarities and Classification of Compositional Technologies in Mechanical Engineering
p.898
p.898
Broadening the Use of Product Development Ontology for One-Off Products
Abstract:
In the context of technical and economic challenges, the last decade stands out through a continuous preoccupation to develop integrated design models, based on ontological structures of information submission. Tracking the life cycle of a product by using PLM systems requires the analysis and integration of knowledge resulted from product development ontology creation and use.
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Info:
Periodical:
Applied Mechanics and Materials (Volume 371)
Pages:
878-882
Citation:
Online since:
August 2013
Authors:
Price:
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